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smib is one of the smallest and simplest computer algebra system in the world, but simple does not mean simplistic.
Using smib you can explore many branches of mathematics (e.g. number theory, algebra, calculus, numerical analysis, differential geometry, probability and stochastic calculus) and also some physics (e.g. electromagnetism and quantum mechanics)..
By simple you can understand easy to program (smib is a dynamically typed language, with strong affinity to recursivity, programs are often short and powerful and maybe useful for teaching), and also easy to modify (source code is free, written in C language, and based on notions of stacks and lists).
In this version :
- some bugs corrected
- new examples in smib-0.48/documentation/application/eigenmath/
those examples are here : eigenmath.org (with explanations), they are just adapted to smib.
smib roots are here : http://www.eigenmath.org/
You may also like Davide Della Casa's work : http://algebrite.org
Features
- Number theory : infinite size integers, arithmetic functions, primality
- Algebra : polynomials, vectors, matrices, tensors
- Analysis : derivation, integration, antiderivative, Taylor series, Fourier analysis
- Numerical analysis : numerical integration, Fourier transform, and ODE
- Differential geometry : Gauss-like or Riemann-like
- Calculus on samples : differential and integral calculus, Fourier transform
- Probability & Statistic : expected value, variance, skewness, kurtosis
- Probability & Statistic : median, quantile, stochastic calculus
- LaTeX file generation
- Parallelization
Project Samples
Categories
MathematicsLicense
Public DomainFollow smib
User Reviews
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